Experimental and Numerical Analysis of Torque Properties of Rotary Elastomer Particle Damper considering the Effect of Gap and No Gap between Rotor and Body of the Damper

<div>Time history of the rotary damper with a no-gap model using 3 mm diameter particles, decomposition of torque due to particle deformation, and torque due to sliding friction.</div>

Shock and Vibration

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Figure 6

Figure 6: Experimental and Numerical Analysis of Torque Properties of Rotary Elastomer Particle Damper considering the Effect of Gap and No Gap between Rotor and Body of the Damper 

Figure 6 | Experimental and Numerical Analysis of Torque Properties of Rotary Elastomer Particle Damper considering the Effect of Gap and No Gap between Rotor and Body of the Damper 